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Jonas Schneider
Professional Profile
Jonas Schneider is the Founder and CEO of Daedalus, a company focused on advancing precision manufacturing through next-generation technology. Here's a comprehensive overview of his background and career:
Education and Early Career
Jonas Schneider graduated from Karlsruhe Institute of Technology (KIT) with a Bachelor of Science in Computer Science (2012-2016).1 His early professional experience includes a four-month internship at Stripe as a Software Engineering Intern in 2013, where he worked on backend and reliability engineering.1
Career at OpenAI
From April 2016 to August 2019, Schneider held a significant role at OpenAI:
- He co-founded and led software engineering for OpenAI's Robotics team.1
- His team made notable achievements, including training a human-like robot hand to solve the Rubik's cube.1
- Schneider contributed to several publications in the field of robotics and machine learning.1
Founding Daedalus
In November 2019, Jonas Schneider founded Daedalus.1 The company aims to revolutionize precision manufacturing:
- Daedalus develops AI-powered factories for creating bespoke precision parts.2
- They serve industries such as medical devices, aerospace, defense, and semiconductors.2
- The company uses off-the-shelf hardware combined with proprietary software to automate and optimize manufacturing processes.2
Recent Developments
- In February 2024, Daedalus raised $21 million in a Series A funding round led by NGP Capital.2
- The company currently operates a 50,000-square-foot factory in Karlsruhe, Germany, with plans for expansion.2
Additional Roles and Achievements
- Angel Investor at Weights & Biases since December 2017.1
- Placed 10th out of 12,000 contestants in Stripe's Capture The Flag 2.0 IT security competition in 2012.1
Jonas Schneider's expertise spans robotics, artificial intelligence, and precision manufacturing. His work at Daedalus aims to bridge the gap between high-tech industries and traditional manufacturing processes, potentially reshaping the future of precision component production.
